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| Note: This is an older version of my resume. Content last updated 10.22.2004. Updated version containing recent OSU material coming soon.
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Download (old) resume in PDF format.
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Matthew David Valerio
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OBJECTIVE
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To combine both my electrical engineering and software engineering experience to solve challenging problems.
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EDUCATION
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Master of Science in Electrical Engineering, May 2007
The Ohio State University, Columbus, OH (ABET Accredited)
| Major: | Electrical Engineering |
| Specialization: | Computational Electromagnetics, Stochastic Optimization |
| Advisor: | Dr. John Volakis |
| Cumulative GPA: | 4.00/4.00 |
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Bachelor of Science in Electrical Engineering, May 2005
Ohio Northern University, Ada, OH (ABET Accredited)
| Major: | Electrical Engineering |
| Minors: | Computer Science, Applied Mathematics |
| Cumulative GPA: | 3.93/4.00 |
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Dean's List (9/9 quarters)
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EXPERIENCE
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Graduate Research Assistant, (10/06 to Present)
The Ohio State University, ElectroScience Laboratory, Columbus, OH
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University Fellow, (10/05 to 9/06)
The Ohio State University, ElectroScience Laboratory, Columbus, OH
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Student Research Assistant, (6/05 to 9/05)
The Ohio State University, ElectroScience Laboratory, Columbus, OH
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Assisted a research team led by Dr. Michael Carr in assembling a proposal for a software-defined radar.
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Researched the current state-of-the-art in high-speed analog-to-digital converters (ADCs).
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Investigated cost/benefits of performance-enhancement schemes using time-interleaved and frequency-interleaved sampling schemes.
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Detailed the integration of high-speed ADCs with field-programmable gate arrays (FPGAs) and high-speed digital-to-analog converters (DACs) to create a reprogrammable receiver backend.
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Student Trainee, (5/02 to 9/02, 12/02 to 11/03, and 6/04 to 9/04)
National Aeronautics and Space Administration, Glenn Research Center, Cleveland, OH
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Assisted in design, testing, and verification of 19GHz scanning reflectarry antenna utilizing ferroelectric device technology.
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Began initial design of a ferroelectric reflectarry-based radar system for future applications in an automobile collision avoidance system or a space station debris warning system.
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Set up system test bed operating at 26GHz.
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Learned operation of automatic wire bonder.
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Self-taught operation of Kullicke & Soffa 8098 Large Area Ball Bonder from documentation, technical support, and trial-and-error.
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Designed production process and process programming to operate out of machine specifications and within project specifications.
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Trained an operator.
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Familiar with microwave test equipment.
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HP 8510C Vector Network Analyzer.
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Various HP/Agilent sweepers, signal generators, power meters, spectrum analyzers and amplifiers.
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Worked with 3.5mm, 2.4mm, and SMA coax transmission lines as well as waveguide.
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Probe stations, microscopes, and PicoProbes.
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Familiar with motion control and automation.
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Velmex Bi-slide X-Y positioners.
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RS-232 and GPIB equipment automation protocols.
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Networked laboratory computers for efficient data collection and manipulation.
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Ran CAT5 cable, crimped connectors, and configured machines by hand.
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Draftsman, (5/01 to 9/01)
W.E. Monks & Co., Columbus, OH
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Worked with plumbing, mechanical, and electrical AutoCAD drawings.
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Drew floor plans from creation to final plots.
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Saw need for AutoCAD layering standard conversion software and in spare time wrote DXF-manipulating software using Visual Basic. Wrote program documentation and trained two users. Incidentally, the next version of AutoCAD was released with this exact feature.
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Updated company.s website.
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PUBLICATIONS
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M. D. Valerio, R. R. Romanofsky, F. W. Van Keuls, .Implementing an Automated Antenna Measurement System,. Washington, D.C.: National Aeronautics and Space Administration, NASA/TM-2003-212337, June 2003. (Available at http://gltrs.grc.nasa.gov/citations/all/tm-2003-212337.html.)
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F. A. Miranda, R. R. Romanofsky, M. D. Valerio, F. W. Van Keuls, C. H. Mueller, S. A. Alterovitz, .Continuous Optimization of Thin Film Ferroelectrics for Tunable Microwave Devices for Communications Applications.. in European Microwave Conference (EuMC), 2003, pp 65-68.
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M. D. Valerio, "Using a TI-86 to Solve Node Voltage Problems," Ohio Northern University Circuits 1 Handout, Fall Quarter 2002.
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M. D. Valerio, "Using the PSPICE Circuit Simulation Software Package," Ohio Northern University Circuits 1 Laboratory Manual, Fall Quarter 2002.
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M. D. Valerio, "Using a TI-86 to Solve Node Voltage and Mesh Current Problems Involving Complex Coefficients," Ohio Northern University Circuits 2 Handout, Winter Quarter 2003.
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K. S. Al-Olimat, P. R. Jankovskty, M. D. Valerio, "Performance Measure Calculation of Power Transformer for Exact and Approximate Models using MATLAB," ASEE/NCS 2004 Spring Conference, April 1-2, 2004.
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PRESENTATIONS
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Using Subversion to Make Your Life Easier, ElectroScience Laboratory Student Presentation Series, February 22, 2007
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Performance Measure Calculation of Power Transformer for Exact and Approximate Models using MATLAB, ASEE/NCS 2004 Spring Conference, April, 2004.
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Phased Array Antennas: An Overview, Undergraduate Research Colloquium, Ohio Northern University, April, 2004.
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Fractal Exploration: A Look at Mandelbrot and Julia sets in 2 and 3 dimensions, MAA Spring Conference, Xavier University, April, 2002.
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Fractal Exploration: A Look at Mandelbrot and Julia sets in 2 and 3 dimensions, ONU Department of Mathematics Seminar, April, 2002.
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HONORS AND AWARDS
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Presidential Scholar, ONU College of Engineering
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IEEE Lima Section Future Engineer Award
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James L. Klingenberger Award, ONU Department of Electrical and Computer Engineering
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IEEE MTT-S (Microwave Theory and Techniques Society) Undergraduate/Pregraduate Scholarship Recipient (1 of 7 internationally and 1 of 3 nationally)
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Tau Beta Pi (Engineering Honorary)
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Phi Kappa Phi (Junior Honorary)
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Kappa Mu Epsilon (Mathematics Honorary)
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Phi Eta Sigma (Freshman Honorary)
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1000 Hour Gold Badge and lifetime membership for donating 1,200+ hours of community service to COSI, science museum in Columbus, OH
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Shining Moment award for superior visitor service at COSI
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Royal Rangers Gold Medal of Achievement (equivalent to Boy Scout Eagle Scout award)
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ACTIVITIES
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Tau Beta Pi (Engineering Honorary), 2 yrs.
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Habitat for Humanity, 1 yr.
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Spring Break Trip 2003 to Helena, AR.
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Fall 2004 - Volunteered to implement a web-based data collection website to gather member names and student ID numbers to satisfy university-wide organization registration requirements. Provided as free service to all campus organizations sponsored by Habitat for Humanity.
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Beowulf Cluster Group, 3 yrs.
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Founder of Linux-based parallel computing cluster group.
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Institute of Electrical and Electronic Engineers, 4 yrs.
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Northern Christian Fellowship, 4 yrs.
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Worship musician, pianist.
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COMPUTER SKILLS
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Operating Systems
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Windows XP, 2000, 9x, 3.x, MS-DOS, Linux (Gentoo, Debian, Fedora Core, Red Hat, and Mandrake), and Solaris CDE
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Languages
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C#, VB.NET, C++, C, Visual Basic 6, HTML, PHP, bash shell scripting, VBA and Microsoft Office Automation, VBScript, JavaScript, Turbo Pascal 5, BASIC (GW-BASIC, BASICA, QBasic), x86 Assembly, Motorola Assembly (CPU12), TI-86 Basic, FORTRAN
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Software
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MATLAB, Mathcad, Visual Studio 2003 and 2005, MSC.Patran, PSpice, LabView, AutoCAD, Microsoft Word, Excel, PowerPoint and Outlook, Ansoft HFSS and Maxwell 2D/3D, IE3D, Cygwin, VNC, Maple, Intel Fortran Compiler, Compaq Fortran Compiler, Macromedia Dreamweaver, Ethereal/Wireshark, PuTTY, WinSCP
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Software Development Libraries and Tools
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NUnit, NLog, NDoc, NCover, NCoverExplorer, TestDriven.NET, Alchemi (.NET Grid Computing Framework), ZedGraph, GhostDoc, .NET Reflector, FxCop, Sandcastle, MSBuild, Subversion, TortoiseSVN, Krypton Toolkit, Ascend.NET, HTML Help Workshop
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This page last updated on : March 14, 2007
This page has been viewed :
413 times.
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